37. consider the motion of a cylinder of mass m and radius r moving up a inclined plane at angle 9 to the horizontal. To begin with, the cylinder rotates with angular velocity , about its axis when gently placed on the plane so that its initial translation velocity is zero. Find the distance moved by the cylinder before sliding stops. 1) (μcos-sin0) 2g (3μ cos0-sin0)² 3)²μcos0-sin0 2g 3μ cos0-sin0/ 2) or (ucose-sin0) g 3μ cose-sin r² 8 μcose-sin 3μ cos0-sin0)
37. consider the motion of a cylinder of mass m and radius r moving up a inclined plane at angle 9 to the horizontal. To begin with, the cylinder rotates with angular velocity , about its axis when gently placed on the plane so that its initial translation velocity is zero. Find the distance moved by the cylinder before sliding stops. 1) (μcos-sin0) 2g (3μ cos0-sin0)² 3)²μcos0-sin0 2g 3μ cos0-sin0/ 2) or (ucose-sin0) g 3μ cose-sin r² 8 μcose-sin 3μ cos0-sin0)
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Transcribed Image Text:37. consider the motion of a cylinder of mass m and radius r moving up a inclined
plane at angle 9 to the horizontal. To begin with, the cylinder rotates with angular
velocity about its axis when gently placed on the plane so that its initial
translation velocity is zero. Find the distance moved by the cylinder before sliding
stops.
1) ² (ucose-sine)
2g (3μ cos0-sin0)
3).
rucose-sin 0
2g 3μ cos0-sin 0,
2) (μ cos 0-sin0)
g 3ucose-sin 0
4)
μcose-sin0
3μ cos0-sin0/
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